Monolithic 300 Gb/s Parallel Transmitter in InP-Based Generic Photonic Integration Technology

InP-Based Monolithic Photonic Integrated Devices

We present our recent work on monolithically integrated devices comprising a variety of functional elements such as high speed optical transmitters and receivers, electro-absorption modulators integrated with tunable dispersion compensators and fast-tunable wavelength converters. key words: photonic integration, wavelength converter, high speed modulator and receiver, advanced modulation format

Millimetre-wave InP antenna for monolithic integration

Introduction: Millimetre-wave fibre wireless applications [1] could profit from a small antenna that can be fully integrated with the microwave and optical components of the system. This can lead to smaller and more cost-effective fibre-fed antenna units. Active integrated antennas [2] are another application that could benefit from a directly integrated antenna. Printed antennas are the obviou...

High‐quality InP on Si and concepts for monolithic photonic integration

Photonic integration: Si or InP substrates?

A brief review of recent progress in photonic integrated circuits (PICs) is presented. By examining Moore’s Law and the roadmap of conventional electronic ICs, valuable lessons in host material selection for PICs are discussed. Finding a primary host material for integration is necessary and vital to the success of the PIC industry. Initial success has been achieved in both InP-based and silico...

Photonic Integrated True-Time-Delay Beamformers in InP Technology Photonic Integrated True-Time-Delay Beamformers in InP Technology

iv Dit proefschrift is goedgekeurd door de promotoren: Photonic integrated true-time-delay beamformers in InP technology /